Preliminary study on reconstruction of corneal epithelium by using human bone marrow mesenchymal stem cells
Conclusion the reconstructed rabbit corneal epithelium hi vitro with a free-feeding layer culture system could be autografted to repair total corneal limbal stem cells deficiency.
Objective: To investigate the effects of amniotic membrane on the proliferation of the rabbit's corneal epithelium cultured on it.
Objective to reconstruct rabbit corneal epithelium in vitro with a free-feeding layer culture system and autograft to treat limbal stem cells deficiency.
Clinical study of glutathione ophthalmic solution for healing the corneal epithelium after excision for pterygium
Objective To reconstruct corneal epithelium in vitro by tissue engineering technique and provide effective method and materials for clinical transplantation.
Tissue-engineered corneal epithelium transplantation for treatment of corneal alkaline burn in rabbits Morphological observation
Objective To study the method in pterygium excision with lower recurrent rate and rapid corneal epithelium reconstruction.
Protective effect of coenzyme Q10 on ultraviolet irradiation-induced injury of rats corneal epithelium
After primary culture, rabbit corneal epithelium and endothelium were digested and inoculated in bottle having hFLP feeder cells for serial passage.
They occur when there is a breakdown in the integrity of the corneal epithelium.
In vitro culture of corneal epithelium of 10 days chick embryonic eyes showed that a prominent effect of cells proliferation induced by epidermal growth factor (EGF) of mouse.
